CN202752514U - Forming machine of barrel hook - Google Patents
Forming machine of barrel hook Download PDFInfo
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- CN202752514U CN202752514U CN 201220379169 CN201220379169U CN202752514U CN 202752514 U CN202752514 U CN 202752514U CN 201220379169 CN201220379169 CN 201220379169 CN 201220379169 U CN201220379169 U CN 201220379169U CN 202752514 U CN202752514 U CN 202752514U
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Abstract
The utility model provides a forming machine of a barrel hook. The forming machine of the barrel hood comprises a rack, a straightening mechanism, a conveying mechanism and a cutting-forming mechanism. The cutting-forming mechanism comprises a fixed mould, a movable mould, a cutting piece, a movable mould linear actuator, a first bending piece, a second bending piece, a first linear actuator and a second linear actuator, wherein the first linear actuator and the second linear actuator provide linear power for the firs bending piece and the second bending piece. The fixed mould is fixed on the rack and is provided with a mold core, the mold core is provided with a forming-matching portion and a folding hook portion, and the a cutting piece is fixed on the rack, is matched with the movable mould and cuts metal wire materials to be metal wire material segments. The movable mould is matched with the fixed mould, the metal wire material segments are enabled to bend along the forming-matching part, two ends of each metal wire material segment cross over the bending hook part, the first linear actuator and the second linear actuator drive the first bending piece and the second bending piece to move towards the bending hook part, and the moving first bending piece and the moving bending piece enable the two ends of the metal wire material segment to bend inwards and form a barrel hook. The forming machine of the barrel hook can improve producing efficiency, and is suitable for the requirements of automated operations.
Description
Technical field
The utility model relates to a kind of forming machine, relates in particular to a kind of can hook forming machine for metal wire rod being cut and molds can hook.
Background technology
Along with the development of economy and improving constantly of technical merit, for industrial expansion provides powerful power, the developing steps of industrial sector have been accelerated, so that the modernization level of industrial sector improves further, to be adapted to following development need.
Wherein, in the bucket series products, often can see the can hook that grips for operating personnel is installed on barrel series products, by this can hook so that operating personnel's taking to the bucket series products; And along with the extensive use of bucket series products, thereby strengthened demand to can hook, for the production and processing of can hook provides good development platform.
At present, the existing process that can hook is processed is: operating personnel first carry out alignment by aligning mechanism with the metal wire rod of a volume one volume; Then, operating personnel relend the metal wire rod section that helps cutting mechanism the metal wire rod of alignment to be sheared out the length of wanting; Then, operating personnel are transported to the metal wire rod section of shearing out on the bending mechanism at another working environment place, and the metal wire rod section placed this bending mechanism, by bending mechanism the metal wire rod section is carried out bending, and the two ends bending of the metal wire rod section of bending gone out a folding hook, thereby form desired bucket structure out.
Yet, in above-mentioned can hook production process, be metal wire rod to be processed accordingly by corresponding mechanism by operating personnel entirely, operating personnel's manual operations can increase operating personnel's burden, correspondingly reduce operating efficiency, thereby can't be adapted to the job requirements of automation.
Therefore, be badly in need of wanting a kind of can hook forming machine to overcome above-mentioned defective.
The utility model content
The purpose of this utility model is to provide a kind of can hook forming machine, and this can hook moulding function improves the production efficiency of can hook to be adapted to automatically turn into requirement.
For realizing above-mentioned purpose, the utility model provides a kind of can hook forming machine that is electrically connected with controller, and this can hook forming machine is used for metal wire rod is cut and mold a can hook.And this can hook forming machine comprises frame, be used for to metal wire rod carry out alignment aligning mechanism, be used for conveying mechanism and cutting and forming machine structure that the metal wire rod of alignment is carried.Described conveying mechanism and aligning mechanism are arranged on the described frame; Described cutting and forming machine structure comprises cover half, dynamic model, cuts part, the first bending part, the second bending part, dynamic model linear actuator, the first linear actuator and the second linear actuator; Described cover half is fixed on the described frame and a core is extended away from the direction of described frame in the edge, the top of described core has and cooperates with described dynamic model and curved moulding auxiliary section, the both sides of described core bottom are extended respectively the folding hook portion that is inclined to set downwards, the described part that cuts is fixed on the described frame along the direction of described conveying mechanism transferring metal wire rod, and the described part that cuts is corresponding with described core between this core and conveying mechanism, described dynamic model linear actuator is installed on the described frame and with described dynamic model and is connected, described dynamic model linear actuator orders about described dynamic model and does and described cut that part cooperates cut motion and the metal wire rod between described conveying mechanism and the core is cut out a metal wire rod section, simultaneously, described dynamic model is also done the forming moving that cooperates with described cover half and is made described metal wire rod section crooked along described moulding auxiliary section, and described folding hook portion is crossed at the two ends of crooked metal wire rod section; Described the first linear actuator and the second linear actuator in turn are arranged on the described frame, one end of described the first bending part is connected with described the first linear actuator, the other end of described the first bending part is corresponding with a described folding hook portion, one end of described the second bending part is connected with described the second linear actuator, the other end of described the second bending part is corresponding with another described folding hook portion, when described the first linear actuator orders about described the first bending part and moves towards the folding hook portion place corresponding with this first bending part, described the second linear actuator orders about described the second bending part and moves towards the folding hook portion place corresponding with this second bending part, and the first mobile bending part and the second bending part then make the two ends bending of crooked metal wire rod section and then form a can hook.
Preferably, can hook forming machine of the present utility model comprises that also the end that makes the metal wire rod section forms the punch forming device of a spherical structure, described punch forming device comprises compressing member, compress linear actuator, the punch forming part, the stamping straight line drive, model element and model linear actuator, described model linear actuator is installed on the described frame and with described model element and is connected, described model element passes described cover half and is positioned at the below of described folding hook portion along what described core bearing of trend slided, and described model element offers a side that runs through this model element and the accommodating storage tank of end that supplies the metal wire rod section, described compression linear actuator is arranged on the described frame along the direction of described conveying mechanism transferring metal wire rod, one end of described compressing member is connected with described compression linear actuator, the other end of described compressing member is corresponding with the storage tank of described model element, described stamping straight line drive is arranged on the described frame along cutting direction, one end of described punch forming part is connected with described stamping straight line drive, the other end of described punch forming part is corresponding with the bottom of described model element, goes out spherical structure to satisfy the requirement that is connected between can hook and the staving so that the utility model can hook moulding function is carried out punch forming to the end of metal wire rod.
Preferably, the utility model can hook forming machine also comprises the handle that is arranged on the described frame vibrating disk of selecting materials, the described handle vibrating disk of selecting materials is positioned at the top of described core, and described handle is selected materials and is connected with a delivery track between vibrating disk and the described core, the end of described delivery track is corresponding with the metal wire rod that described conveying mechanism transports, vibrating disk can be automatically toward core place convey handle, to improve the efficiency of assembling between handle and the metal wire rod section so that handle is selected materials.
Preferably, described dynamic model offers a forming tank that cooperates with described core, and described forming tank cooperates with described core and forms a forming cavity, and the two ends that described forming cavity makes the metal wire rod section are crooked and cross described folding hook portion along described moulding auxiliary section.Wherein, by forming cavity, so that metal wire rod Duan Nenggeng is crooked along the moulding auxiliary section reliably.
Preferably, described the first linear actuator, the second linear actuator, dynamic model linear actuator, stamping straight line drive, compression linear actuator and model linear actuator are cylinder, oil cylinder or linear electric motors, to simplify the structure of the first linear actuator, the second linear actuator, dynamic model linear actuator, stamping straight line drive, compression linear actuator and model linear actuator.
Preferably, described aligning mechanism comprises two alignment rolling wheels row, forms the alignment passage that passes for metal wire rod between the two described alignment rolling wheel rows, so that the structure of aligning mechanism is simpler to reduce the cost of aligning mechanism; Particularly, the alignment rolling wheel among the alignment rolling wheel among the described alignment rolling wheel row and another the described alignment rolling wheel row is the setting of staggering, so that aligning mechanism is to the better effects if of the alignment of metal wire rod.
Preferably, described conveying mechanism comprises delivery wheel and driven unit, described delivery wheel is paired being articulated on the described frame, form the transfer passage that passes for the metal wire rod after the alignment between the two described delivery wheels, described driven unit is installed on the described frame and orders about described delivery wheel rotation, carry so that place the metal wire rod of transfer passage can be transferred reliably wheel institute, and the conveying mechanism by driven unit and delivery wheel formation, so that the more compact structure of conveying mechanism.
Preferably, the described part that cuts is hollow structure, described hollow structure forms the hole of passing that the metal wire rod carried for described conveying mechanism passes, the metal wire rod that transports for conveying mechanism on the one hand provides guide effect, metal wire rod can be carried toward the core place more reliably, under dynamic model and the cooperation who cuts part, can cut passing the metal wire rod that cuts part more reliably on the other hand.
Preferably, the utility model can hook forming machine also comprises and ejects the linear actuator that ejects that can hook uses, the described linear actuator that ejects is installed on the described frame, the described output that ejects linear actuator passes described cover half and corresponding with described can hook along what described core bearing of trend slided, so that the utility model can hook moulding function automatically ejects the can hook that molds and reclaim, thereby improve further the production efficiency of can hook.
Compared with prior art, by cutting and forming machine structure of the present utility model, the dynamic model linear actuator order about dynamic model do with cut that part cooperates cut motion and the metal wire rod between conveying mechanism and the core cut out a metal wire rod section, simultaneously, dynamic model is also done the forming moving that cooperates with cover half and is made the metal wire rod section crooked along the moulding auxiliary section, makes the two ends of crooked metal wire rod section cross the folding hook portion; Then, the first linear actuator orders about the first bending part towards the folding hook portion place corresponding with this first bending part when moving, the second linear actuator orders about the second bending part and moves towards the folding hook portion place corresponding with this second bending part, the first mobile bending part and the second bending part then make the two ends folding hook of crooked metal wire rod section and then form a can hook, realization is to the automated production process of can hook, therefore, the utility model can hook moulding function improves the production efficiency of can hook to be adapted to the job requirements of automation.
Description of drawings
Fig. 1 is the three-dimensional structure diagram of the utility model can hook forming machine.
Fig. 2 is the plane structure chart of the utility model can hook forming machine after removal handle is selected materials vibrating disk.
Fig. 3 is that the utility model can hook forming machine is after removal handle is selected materials vibrating disk and cut out the plane structure chart of metal wire rod section.
Fig. 4 is the structural representation of the can hook that forms out of the utility model can hook forming machine.
The specific embodiment
In order to describe technology contents of the present utility model, structural feature in detail, below in conjunction with embodiment and cooperate accompanying drawing to be described further.
See also Fig. 1 to Fig. 4, can hook forming machine 100 of the present utility model and a controller are electrically connected, and metal wire rod 200 is cut and mold a can hook 220.Wherein, can hook forming machine 100 of the present utility model comprise frame 10, be used for to metal wire rod 200 carry out alignment aligning mechanism 20, be used for conveying mechanism 30 and cutting and forming machine structure 40 that the metal wire rod 200 of alignment is carried.Described conveying mechanism 30 and aligning mechanism 20 are arranged on the described frame 10, particularly, in the present embodiment, described aligning mechanism 20 and conveying mechanism 30 in turn are arranged on the described frame 10 along right-hand member to the left end direction of described frame 10, so that the metal wire rod 200 after the alignment is carried toward described cutting and forming machine structure 40 places.Described cutting and forming machine structure 40 comprises cover half 41, dynamic model 42, cuts part 43, the first bending part 44, the second bending part 45, dynamic model linear actuator 46, the first linear actuator 47 and the second linear actuator 48; Described cover half 41 is fixed on the described frame 10, and described cover half 41 is along extending a core 41a away from the direction of described frame 10, the top of this core 41a has and cooperates with described dynamic model 42 and curved moulding auxiliary section 41b, the both sides of this core 41a bottom are extended respectively the folding hook portion 41c that is inclined to set downwards, particularly, in the present embodiment, two described folding hook portion 41c along away from separately direction obliquely to downward-extension, so that the terminal bending of the first bending part 44 and 45 pairs of metal wire rod sections 210 of the second bending part; The described part 43 that cuts is fixed on the described frame 10 along the direction (namely being the direction of arrow B indication among Fig. 1) of described conveying mechanism 30 transferring metal wire rods 200, and the described part 43 that cuts is corresponding with described core 41a between this core 41a and conveying mechanism 30, particularly, in the present embodiment, the described part 43 that cuts is hollow structure, this hollow structure forms that the metal wire rod 200 carried for described conveying mechanism 30 passes passes hole 43a, this passes the metal wire rod 200 that hole 43a transports for conveying mechanism 30 provides guide effect that metal wire rod 200 can be carried toward core 41a place more reliably, and the while can cut passing the metal wire rod 200 that cuts part 43 under dynamic model 42 and the cooperation who cuts part 43 more reliably; Described dynamic model linear actuator 46 is installed on the described frame 10, and described dynamic model linear actuator 46 is connected with described dynamic model 42, particularly, in the present embodiment, described dynamic model linear actuator 46 is installed on the described frame 10 along the direction of arrow A indication among Fig. 1, and described dynamic model linear actuator 46 orders about described dynamic model 42 and does and described cut that part 43 cooperates cut motion and the metal wire rod 200 between described conveying mechanism 30 and the core 41a is cut out a metal wire rod section 210, simultaneously, described dynamic model 42 is also done the forming moving that cooperates with described cover half 41 and is made described metal wire rod section 210 crooked along described moulding auxiliary section 41b, and described folding hook portion 41c is crossed at the two ends of crooked metal wire rod section 210; Described the first linear actuator 47 and the second linear actuator 48 in turn are arranged on the described frame 10, one end of described the first bending part 44 is connected with described the first linear actuator 47, the other end of described the first bending part 44 is corresponding with the described folding hook portion 41c on right side, one end of described the second bending part 45 is connected with described the second linear actuator 48, the other end of described the second bending part 45 is corresponding with the described folding hook portion 41c in left side, when described the first linear actuator 47 orders about described the first bending part 44 towards the movement of corresponding with this first bending part 44 folding hook portion 41c place, right side, it is mobile towards the left side folding hook portion 41c place corresponding with this second bending part 45 that described the second linear actuator 48 orders about described the second bending part 45, the first mobile bending part 44 and 45 of the second bending parts make bending metal wire rod section 210 the two ends bending so that form a can hook 220.
Wherein, for going out spherical structure 222 to satisfy the requirement that is connected between can hook 220 and the staving so that the utility model can hook forming machine 100 can carry out punch forming to metal wire rod 200 ends, therefore can hook forming machine 100 of the present utility model also comprises the end that makes metal wire rod section 210 and form the punch forming device 50 of a spherical structure 222, this punch forming device 50 comprises compressing member 51, compresses linear actuator 52, punch forming part 53, stamping straight line drive 54, model element 55 and model linear actuator (not shown); Described model linear actuator is installed on the described frame 10, and described model linear actuator is connected with described model element 55, particularly, described model linear actuator is mounted on the side away from described cover half 41 of described frame 10, so that the mounting arrangement of described model linear actuator; Described model element 55 is along the described cover half 41 that passes of described core 41a bearing of trend slip, and described model element 55 is positioned at the below of described folding hook portion 41c, described model element 55 also offers a side that runs through this model element 55 and the accommodating storage tank 55a of end that supplies metal wire rod section 210, particularly, this storage tank 55a is the outside that along continuous straight runs is positioned at corresponding folding hook portion 41c; Described compression linear actuator 52 is arranged on the described frame 10 along the direction of described conveying mechanism 30 transferring metal wire rods 200, one end of described compressing member 51 is connected with described compression linear actuator 52, and the other end of described compressing member 51 is corresponding with the storage tank 55a of described model element 55; Described stamping straight line drive 54 is arranged on the described frame 10 along cutting direction (namely being the direction of arrow A indication among Fig. 1), one end of described punch forming part 53 is connected with described stamping straight line drive 54, and the other end of described punch forming part 53 is corresponding with the bottom of described model element 55.For can be automatically toward core 41a place convey handle 221, to improve the efficiency of assembling between handle 221 and the metal wire rod section 210, therefore the utility model can hook forming machine 100 also comprises the handle that is arranged on the described frame 10 vibrating disk 60 of selecting materials, this handle vibrating disk 60 of selecting materials is positioned at the top of described core 41a, and this handle is selected materials and is connected with a delivery track 61 between vibrating disk 60 and the core 41a, and the end of this delivery track 61 is corresponding with the metal wire rod 200 that conveying mechanism 30 transports.For so that the utility model can hook forming machine 100 can automatically the can hook 220 that molds be ejected and reclaim, thereby improve further the production efficiency of can hook 220, therefore the utility model can hook forming machine 100 also comprise eject can hook 220 usefulness eject linear actuator 70, this ejects linear actuator 70 and is installed on the described frame 10, specifically this ejects on the side away from described cover half 41 that linear actuator 70 is installed in described frame 10, and the described output that ejects linear actuator 70 passes described cover half 41 and corresponding with described can hook 220 along what described core 41a bearing of trend slided.More specifically, as follows:
Than the superior, the above-mentioned dynamic model of mentioning 42 offers a forming tank 42a who cooperates with described core 41a, this forming tank 42a cooperates with core 41a and forms a forming cavity (among the figure annotate), the two ends that this forming cavity makes metal wire rod section 210 are crooked and cross folding hook portion 41c along moulding auxiliary section 41b, so that metal wire rod section 210 can be crooked along moulding auxiliary section 41b more reliably.
Simultaneously, above-mentioned the first linear actuator 47 of mentioning, the second linear actuator 48, dynamic model linear actuator 46, stamping straight line drive 54, compress linear actuator 52, model linear actuator and eject linear actuator 70 and be an oil cylinder, certainly, they can also be a cylinder or a straight line motor, and purpose is the structure of simplifying the first linear actuator 47, the second linear actuator 48, dynamic model linear actuator 46, stamping straight line drive 54, compression linear actuator 52, model linear actuator and ejecting linear actuator 70.
Moreover the above-mentioned aligning mechanism of mentioning 20 comprises the alignment passage 22 that formation is passed for metal wire rod 200 between two alignment rolling wheels row, 21, the two described alignment rolling wheel rows 21, so that the structure of aligning mechanism 20 is simpler to reduce the cost of aligning mechanism 20.Particularly, in the present embodiment, the alignment rolling wheel 21a among the alignment rolling wheel 21a among the described alignment rolling wheel row 21 and another the described alignment rolling wheel row 21 is the setting of staggering, so that the better effects if of the alignment of 20 pairs of metal wire rods 200 of aligning mechanism.
At last, described conveying mechanism 30 comprises delivery wheel 31 and driven unit (not shown), this delivery wheel 31 is paired being articulated on the described frame 10, and form the transfer passage 32 that passes for the metal wire rod 200 after the alignment between the two described delivery wheels 31, described driven unit is installed on the described frame 10, and described driven unit orders about described delivery wheel 31 rotations, so that place the metal wire rod 200 of transfer passage 32 can be transferred reliably 31 conveyings of wheel, and by the conveying mechanism 30 of driven unit and delivery wheel 31 formation, so that the more compact structure of conveying mechanism 30.
By reference to the accompanying drawings, operation principle to the utility model can hook forming machine 100 is described in detail: during work, when operating personnel make first metal wire rod 200 pass successively alignment passage 22 and transfer passage 32, vibrating disk 60 starts of selecting materials of this Time Controller joystick, the handle of the start vibrating disk 60 of selecting materials makes a handle 221 be transported to core 41a place by delivery track 61, and then, the driven unit start of controller control conveying mechanism 30, the driven unit of start drives delivery wheel 31 rotations, the metal wire rods 200 that the delivery wheel 31 of rotation drives in the transfer passages 32 are carried toward cutting part 43 places, pass successively toward the metal wire rod 200 that cuts the conveying of part 43 places and cut passing hole 43a and handle 221 and being carried on the core 41a of part 43; When metal wire rod 200 is carried in core 41a place when putting in place, the controller control model linear actuator start of this moment, the model linear actuator of start orders about model element 55, and to stretch out frame 10 outer and be positioned at the below of folding hook portion 41c; Then, the 46 direction starts along arrow A indication among Fig. 1 of controller control dynamic model linear actuator, the dynamic model linear actuator 46 of start orders about dynamic model 42 and cuts part 43 and cooperate and cut, thereby will be carried on core 41a and the metal wire rod 200 that cuts between the part 43 cuts out metal wire rod section 210; Then, dynamic model 42 continues to move and cooperate with cover half 41 along original direction, and under the cooperation of dynamic model 42 and cover half 41, make metal wire rod section 210 crooked along moulding auxiliary section 41b, and make the two ends of crooked metal wire rod section 210 cross folding hook portion 41c and corresponding with the storage tank 55a of model element 55; Then, controller control compresses linear actuator 52 starts, and the compression linear actuator 52 of start orders about compressing member 51 and moves towards close model element 55 places, thereby the end of metal wire rod section 210 is pressed in the storage tank 55a of model element 55; When the end of metal wire rod section 210 is pressed, the controller of this moment is controlled 54 starts of stamping straight line drive again, and the stamping straight line drive 54 of start orders about punch forming part 53 makes the end that is pressed in the metal wire rod section 210 in the storage tank 55a stamp out chondritic; When the end of metal wire rod section 210 is stamped out chondritic, the controller of this moment is in turn controlled stamping straight line drive 54, compression linear actuator 52 and model linear actuator and is done the start that resets, and the stamping straight line drive 54 of the start that resets, compression linear actuator 52 and model linear actuator drive respectively punch forming part 53, compressing member 51 and model element 55 and reset; After punch forming part 53, compressing member 51 and model element 55 reset, the controller of this moment is controlled the first linear actuator 47 and the 48 simultaneously starts of the second linear actuator again, 48 of the first linear actuator 47 of simultaneously start and the second linear actuators drive the first bending part 44 and the second bending part 45 moves, thereby the end that the first bending part 44 that order is mobile and the second bending part 45 make metal wire rod section 210 forms a can hook 220 along folding hook portion 41c bending, and this can hook 220 is stayed on the core 41a; After molding can hook 220, the controller of this moment is controlled and is ejected linear actuator 70 starts, and the linear actuator 70 that ejects of start ejects can hook 220, for the moulding of can hook 220 next time ready, constantly repeat above-mentioned process, can finish the batch production of can hook 220.
Compared with prior art, by cutting and forming machine structure 40 of the present utility model, dynamic model linear actuator 46 order about dynamic model 42 do with cut that part 43 cooperates cut motion and the metal wire rod 200 between conveying mechanism 30 and the core 41a cut out a metal wire rod section 210, simultaneously, dynamic model 42 is also done the forming moving that cooperates with cover half 41 and is made metal wire rod section 210 crooked along moulding auxiliary section 41b, makes the two ends of crooked metal wire rod section 210 cross folding hook portion 41c; Then, when the first linear actuator 47 orders about the first bending part 44 towards the movement of corresponding with this first bending part 44 folding hook portion 41c place, the second linear actuator 48 orders about the second bending part 45 towards the folding hook portion 41c place movement corresponding with this second bending part 45, the first mobile bending part 44 and 45 of the second bending parts make the two ends folding hook of crooked metal wire rod section 210 and then form a can hook 220, realization is to the automated production process of can hook 220, therefore, the utility model can hook forming machine 100 can improve the production efficiency of can hook 220 to be adapted to the job requirements of automation.
Above disclosed only is preferred embodiments of the present utility model, certainly can not limit with this interest field of the utility model, and the equivalent variations of therefore doing according to the utility model claim still belongs to the scope that the utility model is contained.
Claims (10)
1. can hook forming machine that is electrically connected with controller; adaptation cuts and molds a can hook to metal wire rod; described can hook forming machine comprises frame; for the aligning mechanism that metal wire rod is carried out alignment and for the conveying mechanism that the metal wire rod of alignment is carried; described conveying mechanism and aligning mechanism are arranged on the described frame; it is characterized in that; described can hook forming machine also comprises the cutting and forming machine structure; described cutting and forming machine structure comprises cover half; dynamic model; cut part; the first bending part; the second bending part; the dynamic model linear actuator; the first linear actuator and the second linear actuator; described cover half is fixed on the described frame and a core is extended away from the direction of described frame in the edge; the top of described core has and cooperates with described dynamic model and curved moulding auxiliary section; the both sides of described core bottom are extended respectively the folding hook portion that is inclined to set downwards; the described part that cuts is fixed on the described frame along the direction of described conveying mechanism transferring metal wire rod; and the described part that cuts is corresponding with described core between this core and conveying mechanism; described dynamic model linear actuator is installed on the described frame and with described dynamic model and is connected; described dynamic model linear actuator orders about described dynamic model and does and described cut that part cooperates cut motion and the metal wire rod between described conveying mechanism and the core is cut out a metal wire rod section; simultaneously; described dynamic model is also done the forming moving that cooperates with described cover half and is made described metal wire rod section crooked along described moulding auxiliary section; described folding hook portion is crossed at the two ends of crooked metal wire rod section; described the first linear actuator and the second linear actuator in turn are arranged on the described frame; one end of described the first bending part is connected with described the first linear actuator; the other end of described the first bending part is corresponding with a described folding hook portion; one end of described the second bending part is connected with described the second linear actuator; the other end of described the second bending part is corresponding with another described folding hook portion; when described the first linear actuator orders about described the first bending part and moves towards the folding hook portion place corresponding with this first bending part; described the second linear actuator orders about described the second bending part and moves towards the folding hook portion place corresponding with this second bending part, and the first mobile bending part and the second bending part then make the two ends bending of crooked metal wire rod section and then form a can hook.
2. can hook forming machine according to claim 1, it is characterized in that, comprise that also the end that makes the metal wire rod section forms the punch forming device of a spherical structure, described punch forming device comprises compressing member, compress linear actuator, the punch forming part, the stamping straight line drive, model element and model linear actuator, described model linear actuator is installed on the described frame and with described model element and is connected, described model element passes described cover half and is positioned at the below of described folding hook portion along what described core bearing of trend slided, and described model element offers a side that runs through this model element and the accommodating storage tank of end that supplies the metal wire rod section, described compression linear actuator is arranged on the described frame along the direction of described conveying mechanism transferring metal wire rod, one end of described compressing member is connected with described compression linear actuator, the other end of described compressing member is corresponding with the storage tank of described model element, described stamping straight line drive is arranged on the described frame along cutting direction, one end of described punch forming part is connected with described stamping straight line drive, and the other end of described punch forming part is corresponding with the bottom of described model element.
3. can hook forming machine according to claim 1 and 2, it is characterized in that, also comprise the handle that is arranged on the described frame vibrating disk of selecting materials, the described handle vibrating disk of selecting materials is positioned at the top of described core, and described handle is selected materials and is connected with a delivery track between vibrating disk and the described core, and the end of described delivery track is corresponding with the metal wire rod that described conveying mechanism transports.
4. can hook forming machine according to claim 1, it is characterized in that, described dynamic model offers a forming tank that cooperates with described core, described forming tank cooperates with described core and forms a forming cavity, and the two ends that described forming cavity makes the metal wire rod section are crooked and cross described folding hook portion along described moulding auxiliary section.
5. can hook forming machine according to claim 2, it is characterized in that, described the first linear actuator, the second linear actuator, dynamic model linear actuator, stamping straight line drive, compression linear actuator and model linear actuator are cylinder, oil cylinder or linear electric motors.
6. can hook forming machine according to claim 1 and 2 is characterized in that, described aligning mechanism comprises two alignment rolling wheels row, forms the alignment passage that passes for metal wire rod between the two described alignment rolling wheel rows.
7. can hook forming machine according to claim 6 is characterized in that, the alignment rolling wheel among the alignment rolling wheel among the described alignment rolling wheel row and another the described alignment rolling wheel row is the setting of staggering.
8. can hook forming machine according to claim 1 and 2, it is characterized in that, described conveying mechanism comprises delivery wheel and driven unit, described delivery wheel is paired being articulated on the described frame, form the transfer passage that passes for the metal wire rod after the alignment between the two described delivery wheels, described driven unit is installed on the described frame and orders about described delivery wheel rotation.
9. can hook forming machine according to claim 1 is characterized in that, the described part that cuts is hollow structure, and described hollow structure forms the hole of passing that the metal wire rod carried for described conveying mechanism passes.
10. can hook forming machine according to claim 1, it is characterized in that, also comprise and eject the linear actuator that ejects that can hook uses, the described linear actuator that ejects is installed on the described frame, and the described output that ejects linear actuator passes described cover half and corresponding with described can hook along what described core bearing of trend slided.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220379169 CN202752514U (en) | 2012-07-31 | 2012-07-31 | Forming machine of barrel hook |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220379169 CN202752514U (en) | 2012-07-31 | 2012-07-31 | Forming machine of barrel hook |
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| CN202752514U true CN202752514U (en) | 2013-02-27 |
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| CN 201220379169 Expired - Lifetime CN202752514U (en) | 2012-07-31 | 2012-07-31 | Forming machine of barrel hook |
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| CN104907370A (en) * | 2014-03-14 | 2015-09-16 | 佛山市顺德区奔蓝五金机械有限公司 | Door frame bent angle rolling one-time forming machine |
| CN105414415A (en) * | 2015-12-25 | 2016-03-23 | 常州普和塑料有限公司 | Fully-automatic round-head barrel hook forming machine |
| CN106425504A (en) * | 2016-12-13 | 2017-02-22 | 王泽宜 | Handle manufacturing device of full-automatic manufacturing and installing machine for packaging tin metal handles |
| CN109130313A (en) * | 2018-09-26 | 2019-01-04 | 芜湖立新清洁用品有限公司 | A kind of barrel of handle end molding machine |
| CN109290406A (en) * | 2018-09-26 | 2019-02-01 | 芜湖立新清洁用品有限公司 | A kind of barrel of curved handle molding machine |
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- 2012-07-31 CN CN 201220379169 patent/CN202752514U/en not_active Expired - Lifetime
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| CN104907370B (en) * | 2014-03-14 | 2017-05-17 | 佛山市顺德区奔蓝五金机械有限公司 | Door frame bent angle rolling one-time forming machine |
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| CN105414415A (en) * | 2015-12-25 | 2016-03-23 | 常州普和塑料有限公司 | Fully-automatic round-head barrel hook forming machine |
| CN106425504B (en) * | 2016-12-13 | 2019-03-01 | 王泽宜 | A kind of handle producing device of the full-automatic fabrication and installation machine of packing jar metal lifting handle |
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| CN109332530A (en) * | 2018-08-23 | 2019-02-15 | 佛山市顺德区奔蓝五金机械有限公司 | Wire rod Multi-station synchronous roll form machine |
| CN109130313A (en) * | 2018-09-26 | 2019-01-04 | 芜湖立新清洁用品有限公司 | A kind of barrel of handle end molding machine |
| CN109290406A (en) * | 2018-09-26 | 2019-02-01 | 芜湖立新清洁用品有限公司 | A kind of barrel of curved handle molding machine |
| CN109500294A (en) * | 2018-09-29 | 2019-03-22 | 佛山市顺德区奔蓝五金机械有限公司 | Gantry frame structure wire molding machine |
| CN109500293A (en) * | 2018-09-29 | 2019-03-22 | 佛山市顺德区奔蓝五金机械有限公司 | Folding table stabilizer blade molding machine |
| CN113385615A (en) * | 2021-07-30 | 2021-09-14 | 温州欣拓科技有限公司 | Steel bar cutting machine |
| CN113385615B (en) * | 2021-07-30 | 2023-03-14 | 温州欣拓科技有限公司 | Steel bar cutting machine |
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